Bachelor's Degree in Engineering & Technology in South America

View all Bachelor Programs in Engineering & Technology in South America 2017

Engineering & Technology

A bachelor's degree is a hallmark of higher education. It is given to those who dedicate three to seven years studying a specific program. A bachelor's degree can be earned in a variety of disciplines in the arts and sciences.

Bachelor’s in Engineering are concerned with the practical applications of the advancements in scientific, economic and social theories. It follows a process of observation, design, implementation and maintenance of solutions for all kinds of problems and issues. The discipline encompasses a great variety of fields and students are bound to find a degree they like.

Spanning many countries and island territories, South America is home to many Spanish-speaking countries. Here, students can literally walk through history on their way to class and soak up the culture of ancient societies. 

View all Bachelor Programs in Engineering & Technology in South America 2017

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Connectivity and Network Engineering

Duoc UC
Campus Full time 4 years February 2017 Chile Santiago

The professional field for these engineers consists of companies of any industry, both public and private, productive or services, which have a data and/or voice network of medium or large size. Graduates from Connectivity and Network Engineering will work on the technology, infrastructure and communications of the company, [+]

Bachelors in Engineering & Technology in South America 2017. School of Information Technology and Telecommunications In the last decades the world has undergone a profound transformation. The technological development, especially in ICT, has not only changed our daily lives, but has created a new world that could not have been imagined before. In an open and globalized environment that promotes innovation and technology interchanges, the School of Informatics and Telecommunications at Duoc UC seeks to train people who will be the leaders of tomorrow's world, capable of transforming our reality into a world that enriches the lives of people and society in general. Connectivity and Network Engineering The professional eld for these engineers consists of companies of any industry, both public and private, productive or services, which have a data and/or voice network of medium or large size. Graduates from Connectivity and Network Engineering will work on the technology, infrastructure and communications of the company, and will be responsible for maintaining the operational continuity of the services provided on the network, supporting and managing communication devices and phones, keeping the security levels required by the business on a wired or wireless network. Moreover, they can also serve as a field engineer in companies related to network projects by planning, designing and implementing communications solutions. Professional Title: Connectivity and Network Engineer Technical Title: Computer Network Administrator. How to apply First, check that your home university or polytechnic institute has an ongoing exchange agreement with Duoc UC. Thoroughly research your prospective courses. Most of our programs are in Spanish; therefore make sure you have sufficient proficiency in this language for your classes. We do offer a free 44 hour Spanish course for all non-native Spanish speakers, but in order to successfully complete your courses we advise at least an intermediate Spanish level. For non-Spanish speakers, Duoc UC also offers the Tourism and Hospitality Program, fully taught in English Required documents Download and fill in the application form Transcripts Letter of motivation Copy of your passport Enrollment certificate Nomination letter from home institution Once you have all the documentation, please have the coordinator of international relations at your home institution send a digital version to Maria Jimenez mjimenezt@duoc.cl Please bear in mind that after receiving your documentation it can take up to a month for us to process it and send you an answer, due the large amount of documentation we receive during the admission periods. Application deadlines 15 August– 15 October*: application for the first semester, March – July term 15 February – 15 April*: application for the second semester, August – December term *We advise students with Chinese nationality to apply as soon as the application period begins since the visa procedure can take up to six months. Acceptance letter A month after the application period ends, students will be informed via e-mail whether they have been accepted or not. In the case of being accepted, a hard copy of the acceptance letter will be sent to the International Student Officer of the student’s home institution. [-]

Materials Engineering

UNESC
Campus Part time 5 years March 2017 Brazil Criciúma

Body highly qualified Lecturer, composed entirely of doctors and teachers, who develop technological research in industries, especially plastics, ceramics and metal-mechanics. [+]

Differentials Body highly qualified Lecturer, composed entirely of doctors and teachers, who develop technological research in industries, especially plastics, ceramics and metal-mechanics. The course has laboratories that let you integrate theory and practice, with modern equipment and technology. The political-pedagogical project prioritizes the contact of the student with the professional environment. Possibility of participation of students in technological research activities with companies and research institutes and project opportunity grants of receipt. Opportunity to participate in groups and multidisciplinary themes in the development of technical work. technical training high level that allows students to opt for different industries to work. For example, management and development of INDUSTRIAL PROCESSES, products and services, whether in the plastics area, metal or ceramics. In addition, training will have to act as an expert in failure analysis in materials or as a technical consultant. It is one of Engineering that receive the most attention in federal government funding programs, due to their technological importance in the development of the country. The course of UNESC Materials Engineering is the only one in the southern state of Santa Catarina and northern Rio Grande do Sul. Facilities for the completion of the course The student integrates the course activities may participate in research programs in related technical areas, which present scientific initiation scholarship programs, and in programs related to Article 170. Additionally, you may rely on studies of funding programs, such as Credit Pravaler whose simulation of the monthly fee can be made directly on the site Unesc. What you will learn Understanding the properties of the main engineering materials currently available concerning their characteristics and possible applications. Technical control of industrial processes, used in the production of ceramic coatings, castings and metallurgical, and polymers (plastics), disposable, plastic films, packaging, among others. Receive training for managing work groups in companies and research institutions. Learn from the development of critical knowledge and engineering tools to develop failure analysis work, expertise and consultoria.Terá able to develop and apply materials to the various engineering applications, as well as the supervision of such applications in industrial environments . Learn advanced techniques of processing and control of the different materials used in various ways. Have tools to manage their own industrial business, focused on the manufacture and control of products or consulting as well as technical inspections. thematic Graduation in Materials Engineering offers in its course program, complete training for manufacturing processes and control of different types of materials used in various applications. The trained engineers will understand the three major groups in the area of ​​materials: metals, plastics (polymers) and ceramic, since applying conventional techniques (p. ex. metallography, dilatometry, mechanical tests, etc.), to more advanced techniques (p. ex. X-ray diffraction, infrared analysis, etc.). Professional Profile The Materials Engineer should be able to solve problems in manufacturing processes and selection of different types of materials for all kinds of applications, always concerned about environmental, social and human issues. You should still be able to get updates and professional development as well as good performance in the development of teamwork. Job market Industries ceramic tile, manufacture of glass and glazes, metal-mechanical, plastic packaging, disposable, auto, steel mills, foundries, petrochemical, research and development centers. Additionally, you may participate in public procurement to serve as expert to the various institutions in the state. Appetizer Entry in the winter and summer vestibular Selective process It is carried to the middle of the vestibular and when the availability of jobs also via SIM program UNESC - System Join Merit of the institution. They are offered 54 vacancies annually (nighttime). [-]

Bachelor In Production Engineering

Grupo Tiradentes
Campus Full time 5 years March 2017 Brazil Aracaju

Efficiency is the watchword. Idealize and optimize production systems, leading people and managing resources, processes, finance, materials, equipment and information to increase business productivity are work for the production engineer. [+]

Bachelors in Engineering & Technology in South America 2017. Efficiency is the watchword. Idealize and optimize production systems, leading people and managing resources, processes, finance, materials, equipment and information to increase business productivity are work for the production engineer. 05 years duration Day and Night JOB MARKET Opportunities for production engineer are endless, because their knowledge is applied to the various sectors of industry, commerce and services. The modernity of the Brazilian economy and its global context, the arrival of large international enterprises and constant technological renewal are factors that heat the market and confirm the need for technical and strategic look production engineer. The multidisciplinary training and building a holistic view ensures a wide field of activity to this professional, agribusiness Steel. While studying at St. Louis, since the first half it is possible to accumulate experience through paid internships with grants between R $ 400 and R $ 724, mediated by the institution and member companies through the stage center. After completing the graduate starting salaries surpass R $ 2,000. Throughout the career average salary exceeds R $ 11,000. Studying in St. Louis is to be ahead of your time and aim for a future of many achievements. SALARY MONTHLY AVERAGE RANGE Initial R $ 2000.00 Full R $ 11,000.00 OCCUPATION AREA Understanding systems and machines, evaluate labor relations and human resources, increase sales and productivity, ensuring quality and efficiency, it is the production engineer everyday. Vocational training in FSLF enables the performance in several areas, from organizational development, analyzing and defining the structure of a company to the business economy, managing the financial life. Coordinate the process automation, planning and control of production; develop quality control systems, to anticipate problems and propose solutions, using tools and IT are some of the possibilities of action. You can also follow an academic career. Have you thought about being a researcher or teacher? The area is vast and the choice is yours! [-]

Environmental Engineering

Universidade de Caxias do Sul
Campus Full time 5 years March 2017 Brazil Caxias do Sul

Research, planning, design and management issues related to triad man / environment / development. Private enterprise, public, local, state and federal agencies, both in the implementation of projects, plans and preventive actions and / or depleting the environmental impacts from human activities and the activities of supervision. Consulting and advisory services. Studies, develops and uses ... [+]

Environmental Engineering Research, planning, design and management issues related to triad man / environment / development. Playing field Private enterprise, public, local, state and federal agencies, both in the implementation of projects, plans and preventive actions and / or depleting the environmental impacts from human activities and the activities of supervision. Consulting and advisory services. What does the professional Studies, develops and uses specific technologies to reduce the negative effects of human action on the environment. Conducts studies of environmental impact and preserving the quality of water, air and soil. Prepare and implement plans, programs and project management of water resources, sanitation, waste treatment and recovery of contaminated and degraded areas. It deals also with the practice of sustainable development. Course objectives The Environmental Engineering course aims to form a professional able to predict, analyze and address the environmental impacts caused by human action, being able to offer solutions to prevent or minimize their adverse effects on the environment, and manage, plan and execute actions related the triad: society, economy and environment. Profile engresso Given the profile outlined for all graduates of the University of Caxias do Sul for which should converge the training process of the different courses of this institution; Engineer formed by the Environmental Engineering course at UCS should have solid training both in the areas of basic knowledge, as in the areas of vocational training. These general characteristics should assign specific responsibilities to apply, develop and enhance knowledge, skills and attitudes necessary both to promptly meet current social needs through technical and scientific order interventions, and to empower yourself facing new demands stemming from socio-environmental changes. Importantly, the understanding of environmental phenomena are extremely complex and interdependent. The diversity of actions that trigger adverse effects to the environment has demonstrated the need to expand the attributes of Environmental Engineer, including preventive interventions, beyond the merely remedial. Therefore, academic training Environmental Engineer shall allow their participation in the studies of environmental characterization in susceptibility analysis and natural environment vocations, in the preparation of environmental impact studies, in proposing, implementing and monitoring mitigation measures or environmental actions preventive urban and rural character. Given this profile, the professional should be able to holistically analyze the environmental impacts caused by human action, thus being able to plan, propose, evaluate, design and operate solutions that avoid or minimize adverse effects to the environment. [-]

In Civil Engineering Graduate

Universidade Camilo Castelo Branco (UNICASTELO)
Campus Full time 10 semesters March 2017 Brazil São Paulo

The Civil Engineering Course is a course with a modern educational project which includes the modernization of the profession fostered mainly by the increasing use of computers, the development of new materials and technologies, the adoption of new analytical methods, by concern for environmental issues and the increasing presence of civil engineers in planning, administration and management. [+]

Bachelors in Engineering & Technology in South America 2017. About the Course The Civil Engineering Course is a course with a modern educational project which includes the modernization of the profession fostered mainly by the increasing use of computers, the development of new materials and technologies, the adoption of new analytical methods, by concern for environmental issues and the increasing presence of civil engineers in planning, administration and management. The course aims to enter the labor market a Civil Engineer with skills and competencies which makes it able to design building structures in general, bridges and viaducts, dams, industrial buildings, sewage works, irrigation, drainage, roads, ports, airports. You can still act in the planning and organization of environmental systems, water resources and transport. Today professional The anesthesiologist should plan, design, manage, supervise and inspect construction activities. But the work is not restricted to buildings. Activities include design and manage transportation systems, building drainage channels and distribution of water, carry out surveys on soil conditions and rocks as materials needed for construction, control the environmental impact and promote actions to preserve the environment, among others . In addition, the civil engineer is increasingly absorbed by the market to act in the field of industries and in IT. Today specializations related to the quality, safety and security are growing. The construction area is busy every time the economy accelerates, regardless of the industry. DURATION: 10 semesters REGIME : Half SHIFT : Night [-]

Computer Engineering

ÁREA1
Campus Full time 5 years March 2017 Brazil Salvador

The Computer Engineering is the area responsible for the development and construction of computers, peripherals, hardware and software. In addition, the professional trained in this area can develop projects for several branches that require technology. [+]

The Computer Engineering course in Salvador da area1 | DeVry is the best option when it comes to quality higher education. Choose area1 | As DeVry College of Computer Engineering in Salvador, ensures you have different academic experiences, where to complete the course, you will be able to exercise their profession with full competence and prominence. Studying computer engineering at area1 | DeVry also enjoy a world-class structure, which makes all the difference in the labor market. The Computer Engineering is the area responsible for the development and construction of computers, peripherals, hardware and software. In addition, the professional trained in this area can develop projects for several branches that require technology. Do not worry, in our course of Computer Engineering you will learn everything you need to be a great professional in the field. Here, teachers are also professionals with extensive market experience will help you develop all their skills through lectures in various disciplines and practical classes in modern laboratories. In addition, you will have the opportunity to exchange experiences with students of other courses in the areas of engineering, complementing his training. The curriculum consists of the basic subjects of engineering, such as calculus, physics and chemistry, in addition to specific disciplines such as programming languages, logic circuits and artificial intelligence. After completing the course, you will be able to design robots, digital systems, creating computer programs, develop systems, manage computer networks, among others. If you are interested in technology and would like to learn to develop programs and systems, computer engineering is the right course for you. [-]

Computer Engineering

UNIC
Campus Full time 5 years March 2017 Brazil Cuiabá

The course in Computer Engineering aims to train skilled professionals to design and build computers, peripherals and integrated hardware and software systems. [+]

Bachelors in Engineering & Technology in South America 2017. goal The course in Computer Engineering aims to train skilled professionals to design and build computers, peripherals and integrated hardware and software systems. Job market The forming of the Computer Engineering course will be able to work with software development, programming languages, operating systems, artificial intelligence, industrial automation, among other activities. With the rapid technological developments the need for Computer Engineers increases in the labor market. This professional contributes to the adaptation and updating of technologies used by national and international companies, these technologies essential for the activity of companies. [-]

Mechanical Engineering

Centro Universitário Salesiano de São Paulo (UNISAL)
Campus Full time Part time 10 semesters March 2017 Brazil São Paulo + 1 more

The great need in the country's professional technicians (eg. Engineers) who are trained and updated on new technologies. [+]

The great need in the country's professional technicians (p. eg engineers) who are trained and updated on new technologies. It is undeniable, too, that this situation is likely to worsen against the demand for qualified professionals in the mechanical area. To reverse this situation, a lot of effort becomes necessary in order to enable the formation of a growing number of professionals with the qualifications required by the labor market in Mechanical Engineering, and the Brazilian University a key role to play in the production and the dissemination of knowledge in the mentioned areas. This regional activity character of UNISAL enables students do not move too much in relation to their hometowns, reducing the costs that would in other circumstances. Moreover, this factor enables the UNISAL offer courses that come from meeting with the characteristics of the region where it is located, in particular the polarized region by UNISAL - Lorraine, which covers the municipalities of Paraíba Valley region located on the shaft Rio de Janeiro - Sao Paulo. Companies in general need for your setting in this competitive job market of constant technological innovation and thus highly qualified professionals with sound technical and scientific basis, able to find solutions to the market, always adding value and knowledge to society. The great industrial park in the Paraíba Valley, there is a growing demand for engineers acting in Mechanical area. With the constant expansion of this industrial park, the course of Mechanical Engineering will be preparing high-quality engineers, to support the development of the Brazilian industry in the coming years. goal Train engineers with appropriate profile, supported on values ​​such as social responsibility, ethics and professionalism, committed to the socio-economic development. The course aims to promote integrated education, training professionals and entrepreneurs committed to self-knowledge, social transformation, cultural, political and economic of the country, forming critical citizens, creative and dynamic, able to satisfy social and professional needs with self- realization through a global education process and articulate, able to meet the changes and challenges of the new directions being outlined for the labor market, without neglecting the expectations of the community in which the business is located. This is perceptive that fits the course of Mechanical Engineering. Marketplace The Mechanical Engineer works in the processing industry in general; in machinery and equipment industries; in companies operating in the design, installation and maintenance of industrial mechanical systems; in companies that operate in the areas of planning and consulting; in enterprises and scientific and technological research laboratories. Also can act autonomously, in itself or advising company. Investment Tuition 2016 Morning: R $ 1,025.00 Night: R $ 1,025.00 [-]

Textile Engineering

Faculdade Senai-Cetiqt (SENAI-CETIQT)
Campus Full time 5 years March 2017 Brazil Rio de Janeiro

Recognized with a degree of excellence, awarded by the Ministry of Education - MEC, the course forms the Textile Engineer, a professional who will be able to work at all stages of production and service delivery of a textile industry and clothing: from the choice of most appropriate raw materials, through the production processes, to quality control and marketing of the final product. [+]

Bachelors in Engineering & Technology in South America 2017. Over the course and differential Recognized with a degree of excellence, awarded by the Ministry of Education - MEC, the course forms the Textile Engineer, a professional who will be able to work at all stages of production and service delivery of a textile industry and clothing: from the choice of most appropriate raw materials, through the production processes, to quality control and marketing of the final product. The aim of the course is to train engineers with abilities, skills and attitudes appropriate to the solution of problems associated with the products, processes and services, such as: design, develop and manage integrated systems of people, materials, equipment and information; Using up resources acquired from knowledge and skills in basic sciences together with the principles and methods of engineering analysis and design to specify, predict and evaluate the results to be obtained from these systems. The student carries out practical activities in the laboratory, studying basic theoretical contents of Engineering (Chemistry, Physics and Mathematics) and specific content (fibers, spinning, flat Weaving, Knitting, Finishing, etc). Thus, the graduate is qualified to work in areas such as Project Management Textiles and Industrial production. The differential graduation in Textile Engineering Faculty of SENAI CETIQT is his intense connection with companies and organizations of the textile production chain, cooking and fashion in Rio de Janeiro and Brazil. SENAI CETIQT is usual trainer of professional excellence for this sector and the course takes advantage of these traditional ties to the textiles and clothing for the professional practice of their students in order to assist in placing on the market in the generation of knowledge and the provision of services to that business area. Infrastructure SENAI CETIQT has classrooms equipped with computer, projector, air conditioning and whiteboard; computer rooms with software such as MATLAB and AutoCad. There is also a library with study room for students. The laboratories used in practical classes are: Wiring laboratories; Weaving Laboratory; Knitting laboratory; Finishing Lab. Job market The Textile Engineer playing field is broad, covering the main industrial sectors (Textile, Tailoring, Chemical, Automotive, Aeronautical, etc.), the segments of services, the field of research and education, with a view to developing materials, products and equipment, operations management and processes, controlling the manufacture and taking care of the environmental and economic impacts. Time travel Classes start: February and August - Biannual Hours: Morning (7:20 a.m. - 12:00) / Night (18:00 - 22:30) Values ​​& How to Apply The values ​​of the fees are calculated based on the amount of credits routed in each half. Each student can be programmed and make the course the most convenient way for each. The courses start every semester and access can be done through the ESMS or the entrance exam. [-]

Civil Engineering

Facens
Campus Full time 10 semesters March 2017 Brazil Sorocaba

FACENS Civil Engineering Program aims to train engineers to meet different professional requests with a critical, creative and innovative view. The program trains professional who are able to apply skills and expertise in the areas of Construction, Structures, Geotechnical, Roads and Transportation, Sanitation and Environment. [+]

FACENS Civil Engineering Program aims to train engineers to meet different professional requests with a critical, creative and innovative view. The program trains professional who are able to apply skills and expertise in the areas of Construction, Structures, Geotechnical, Roads and Transportation, Sanitation and Environment. The program is structured to meet the demands of society in applicable areas, as well as to contribute to sustainable development of the region and country. It provides solid scientific and professional training that qualifies the engineer to assimilate and develop new technologies of economic, social and environmental aspects in an ethical and humanistic manner. Professional profile Professional Civil Engineers Engineer must have the ability to solve practical problems of their area by applying appropriate models to real-life cases. The professional should be able to develop concepts and adapt to new situations found in a real environment. Professional profile: Analysis, synthesis and problem solving skills; Ability to execute engineering projects; Ability to work in a team; Initiative, management and decision making skills; Awareness of the need to update their knowledge regularly. * According to National Curriculum Guidelines (Resolution no. CNE / CES 11/2002). Field of Work The potential professional fields for FACENS Civil Engineers are: residential, commercial and industrial; hydraulic and sanitation; structural; geotechnical; management, control and supervision of residential, commercial and industrial construction; roads, railways and bridges; budgeting, surveys and valuations; advisory and consulting; education. Their work can be executed within Companies, Construction, Public Utilities, Industries, Research Institutes and Banks. The skills, abilities and attitudes students acquire and develop, ensure they are assigned future professional activities related to their training. These may be: Management, supervision, coordination and technical guidance; Data collection, study, planning, project design and specifications; Study of technical, economic and environmental viability; Assistance, advisory and consulting; Direction of work and technical service; Inspection, expertise, evaluation, monitoring, report, technical advice, auditing and arbitration; Job performance and technical function; Training, teaching, research, development, testing, experimentation, testing and technical disclosure, extension; Budgeting; Standardization, measurement and quality control; Execution of jobs and technical service; Job supervision and technical service; Specialized technical production; Management of technical services; Management of installation teams, assembly, operation, repair and maintenance; Execution of installation, assembly, operation, repair, maintenance, equipment; Operation and maintenance of equipment and installation; Execution of technical drawing. Criteria for Passing or Failing Students will pass the class if their final grades are equal to or greater than 5.0 (five) and attendance is equal to or greater than 75% (seventy-five percent) of classes and other school activities. Students will fail the class if their attendance rate is less than 75% (seventy-five percent) of classes and other school activities, or have final grades lower than 5.0 (five). The same attendance and performance requirements apply to students who failed and retake the class. [-]

Engenharia de Produção

Universidade de Franca (UNIFRAN)
Campus Part time 10 - 10 semesters March 2017 Brazil São Paulo

A Engenharia de Produção se dedica ao projeto e gerência de sistemas que envolvem pessoas, materiais, equipamentos e o ambiente. Você estudará matérias relacionadas a economia, meio ambiente, finanças etc., além dos temas tecnológicos básicos das demais engenharias. Seus conhecimentos terão alicerce nas seguintes áreas: engenharia de operações e processos da produção, logística, pesquisa operacional, engenharia da qualidade, engenharia do produto, engenharia organizacional, engenharia econômica, engenharia do trabalho, engenharia da sustentabilidade e educação em engenharia de produção. [+]

Bachelors in Engineering & Technology in South America 2017. Sobre o curso A Engenharia de Produção se dedica ao projeto e gerência de sistemas que envolvem pessoas, materiais, equipamentos e o ambiente. Você estudará matérias relacionadas a economia, meio ambiente, finanças etc., além dos temas tecnológicos básicos das demais engenharias. Seus conhecimentos terão alicerce nas seguintes áreas: engenharia de operações e processos da produção, logística, pesquisa operacional, engenharia da qualidade, engenharia do produto, engenharia organizacional, engenharia econômica, engenharia do trabalho, engenharia da sustentabilidade e educação em engenharia de produção. Mercado de trabalho Sua ampla base de conhecimento o credencia a ocupar posições de destaque nas organizações como CEO (Chief Executive Office), diretor, gerente, analista, coordenador e supervisor nas áreas de operações, logística, finanças, gestão da cadeia de suprimentos, custos, planejamento, qualidade e desenvolvimento de produtos. Diferencial Um dos destaques da Engenharia de Produção da Unifran é a empregabilidade, graça a sua sólida formação científica, tecnológica e profissional. Os alunos da Instituição são procurados para estágios desde os primeiros anos do curso. Muitos recém-formados já possuem experiência de até quatro anos na área, outros ocupam cargos de gerência antes mesmo de concluírem o curso. O curso possui estágio supervisionado, de caráter obrigatório, o qual pode ser efetuado em empresas ou instituições de pesquisa. Informações complementares Estágio Curricular Supervisionado obrigatório a ser realizado fora do horário regular de aula.Os alunos do diurno cursarão do 1º ao 4º semestre no período diurno e do 5º ao 10º no período noturno. [-]

Engenharia Ambiental

Universidade Vale do Rio Verde (UNINCOR)
Campus Part time 10 - 20 semesters March 2017 Brazil Belo Horizonte

O curso de Bacharelado em Engenharia Ambiental deve ensejar condições para que o bacharel em Engenharia Ambiental esteja capacitado a compreender as questões científicas, técnicas, social e econômico da produção e de seu gerenciamento no seu conjunto visando o desenvolvimento sustentável. [+]

Informações gerais Regime escolar: Semestral Turno de funcionamento: Noturno Integralização Curricular Modalidade: Bacharelado – Presencial Tempo previsto: Mínimo 10 semestres e Máximo: 20 semestres Carga horária total: 3.836 horas Perfil do egresso O Curso de Engenharia Ambiental entende que a formação do aluno de graduação se dá a partir da sua entrada na Academia e continua permanentemente durante o curso e posteriormente a ele. Este profissional deve estar em consonância com os princípios propostos para a educação no século XXI: aprender a conhecer, aprender a fazer, aprender a conviver e aprender a ser. Objetivos O curso de Bacharelado em Engenharia Ambiental deve ensejar condições para que o bacharel em Engenharia Ambiental esteja capacitado a compreender as questões científicas, técnicas, social e econômico da produção e de seu gerenciamento no seu conjunto visando o desenvolvimento sustentável. Habilidades e competências A formação do Engenheiro Ambiental tem por objetivo dotar o profissional dos conhecimentos requeridos para o exercício das seguintes competências e habilidades gerais: Aplicar conhecimentos matemáticos, científicos, tecnológicos e instrumentais à engenharia; Projetar e conduzir experimentos e interpretar resultados; Conceber, projetar e analisar sistemas, produtos e processos; Planejar, supervisionar, elaborar e coordenar projetos e serviços de engenharia; Identificar, formular e resolver problemas de engenharia; Desenvolver e/ou utilizar novas ferramentas e técnicas; Supervisionar a operação e a manutenção de sistemas; Avaliar criticamente a operação e a manutenção de sistemas; Comunicar-se eficientemente nas formas escrita, oral e gráfica; Atuar em equipes multidisciplinares; Compreender e aplicar a ética e responsabilidade profissionais; Avaliar o impacto das atividades da engenharia no contexto social e ambiental; Avaliar a viabilidade econômica de projetos de engenharia; Assumir a postura de permanente busca de atualização profissional. Formas de acesso Enem A modalidade de ingresso via ENEM se aplica a todos os cursos de graduação, presencial ou a distância. A modalidade de acesso via ENEM contemplará os candidatos que quiserem utilizar sua nota de um dos 4 últimos exames aplicados do ENEM. O candidato deverá informar o ano de realização do ENEM e a nota obtida na redação, que será validada automaticamente pelo sistema. Provas On-line A modalidade de ingresso via prova online está disponível para todos os cursos de graduação ofertados, tanto presenciais como a distância. A Prova Online é composta de uma prova de redação a ser realizada online que visa aferir o domínio da habilidade de expressão escrita em seus diversos aspectos e consiste em uma interpretação de texto ou dissertação e terá caráter classificatório e eliminatório. Provas Agendadas A modalidade de ingresso via prova agendada se aplica a todos os cursos de graduação, presencial ou a distância. A Prova Agendada é composta de uma prova de redação a ser realizada em data previamente escolhida pelo candidato que visa aferir o domínio da habilidade de expressão escrita em seus diversos aspectos e consiste em uma interpretação de texto ou dissertação e terá caráter classificatório e eliminatório. Vestibular Tradicional A modalidade de ingresso via prova tradicional se aplica a todos os cursos de graduação, presencial ou a distância. A Prova Tradicional é composta de uma prova objetiva de 30 questões de múltipla escolha e uma redação, que visa aferir o domínio da habilidade de expressão escrita em seus diversos aspectos e consiste em uma interpretação de texto ou dissertação e terá caráter classificatório e eliminatório [-]

In Civil Engineering Graduate

Faculdade de Engenharia de Minas Gerais (FEAMIG)
Campus Part time 6 months March 2017 Brazil Belo Horizonte

The Civil Engineering Course of FEAMIG aims at training the Civil Engineer by working with knowledge. [+]

Bachelors in Engineering & Technology in South America 2017. Presentation The civil engineer works in the construction and industrial installation sectors. It is the professional that designs, manages and analyzes works in homes, buildings, highways, railways, airports, water supply systems and sanitation, ports, rivers, canals, dams, dikes, drainage, irrigation, bridges and other structures. His performance also includes analysis of soil and subsoil, audits and inspections, budgets, study insulation, ventilation and type setting foundations. Given this range of possibilities, the Civil Engineering Course of FEAMIG seeks to establish a strong foundation in mathematics and basic sciences, engineering tools, project management and production, and application of civil engineering technology. Plus a wide basic training, the course offers the possibility of concentration of studies in topography, geocoding and construction in general. Course Objectives The Civil Engineering Course of FEAMIG aims at training the Civil Engineer by working with knowledge. This training process has two components: one refers to the technical and scientific training, which is distinguished by the management and the development of knowledge, to the professional become capable of analyzing the reality, design and practice creative solutions; another is the socio-political training component inherent in the work process knowledge as a historical building, characterized by a humanistic and ecological orientation towards professional become able to participate and intervene in society. In order to achieve this purpose, the training pathway proposed aims: training in scientific fields of mathematics, physics and chemistry, with a view to a solid basic training on which is based the technology training in Civil Engineering; an overview of Engineering, which allows the professional to contextualize the problems addressed and situate their actions as well as identify specific training among the different types of engineering; the formation of specific Civil Engineer skills, with emphasis on topography, geocoding and construction in general; the incorporation of new information technologies and communication, with special attention to its use in Civil Engineering; social and ethical education of the civil engineer, so that it is able to combine science and technology, proposing ways to intervene in reality in order to ensure sustainable human development. Course Duration / Shifts The course is organized in six-month regimen of which is divided into 10 academic periods, semester, with total workload of 3840 hours of useful time-clock. Operating shifts are the day and the night and can be used in the event of need, other times. The night shift also includes the daytime on Saturdays. [-]

Engenharia Mecânica

Universidade de Mogi Das Cruzes (UMC)
Campus Full time 10 - 10 semesters March 2017 Brazil São Paulo

É a área da engenharia que cuida do desenvolvimento, do projeto, da construção e da manutenção de máquinas e equipamentos. O engenheiro mecânico desenvolve e projeta máquinas, equipamentos, veículos, sistemas de aquecimento e de refrigeração e ferramentas específicas da indústria mecânica. Também supervisiona sua produção. Calcula a quantidade necessária de matéria-prima, providencia moldes das peças que serão fabricadas, cria protótipos e testa os produtos obtidos. Organiza sistemas de armazenagem, supervisiona processos e define normas e procedimentos de segurança para a produção. Controla a qualidade, acompanhando e analisando testes de resistência, calibrando e conferindo medidas. [+]

Engenharia Mecânica Descrição É a área da engenharia que cuida do desenvolvimento, do projeto, da construção e da manutenção de máquinas e equipamentos. O engenheiro mecânico desenvolve e projeta máquinas, equipamentos, veículos, sistemas de aquecimento e de refrigeração e ferramentas específicas da indústria mecânica. Também supervisiona sua produção. Calcula a quantidade necessária de matéria-prima, providencia moldes das peças que serão fabricadas, cria protótipos e testa os produtos obtidos. Organiza sistemas de armazenagem, supervisiona processos e define normas e procedimentos de segurança para a produção. Controla a qualidade, acompanhando e analisando testes de resistência, calibrando e conferindo medidas. Mercado O curso de Engenharia Mecânica da UMC existe há 40 anos, sendo um dos pioneiros do Estado. Utilização de laboratórios com os softwares mais empregados atualmente pelas empresas. Parcerias com diversas empresas como: Parker, Autodesk, NSK, SKA, Mitutoyo, Toshiba, IWS, IBM, Behr, possibilitando o desenvolvimento de diversos projetos apoiados por elas. Um grande diferencial é que é orientado por projetos, em que o aluno vai desenvolvendo ao longo do curso suas habilidades e competências em projetos inovadores da área mecânica. Esse mercado está bastante aquecido, principalmente nas montadoras de automóveis, fábricas de autopeças e de alumínio, assim como nas indústrias dos setores petroquímico, metalmecânico e de produção naval. Nesses casos, o profissional é empregado para trabalhos em projetos de linhas de produção, máquinas e equipamentos e em processos de manufatura. O boom do setor imobiliário, que tende a crescer entre 20 e 30%, eleva a procura por especialistas em maquinário pesado, usado na construção de prédios e em obras em geral, e por equipamentos de refrigeração e energia, como geradores e turbinas hidráulicas. Diferenciais O curso de Engenharia Mecânica da UMC existe há 40 anos, sendo um dos pioneiros do Estado. Utilização de laboratórios com os softwares mais empregados atualmente pelas empresas. Parcerias com diversas empresas como: Parker, Autodesk, NSK, SKA, Mitutoyo, Toshiba, IWS, IBM, Behr, possibilitando o desenvolvimento de diversos projetos apoiados por elas. Um grande diferencial é que é orientado por projetos, em que o aluno vai desenvolvendo ao longo do curso suas habilidades e competências em projetos inovadores da área mecânica. [-]

In Civil Engineering Graduate

Universidade Ibirapuera (UNIB)
Campus Part time 10 semesters March 2017 Brazil São Paulo

The civil engineer designs, manages and monitors all stages of a construction or renovation. [+]

Bachelors in Engineering & Technology in South America 2017. Curriculum: The civil engineer designs, manages and monitors all stages of a construction or renovation. It is up to him to ensure the stability and security of the building, calculating the strength of the materials used. The professional is responsible, for example, the construction of buildings, tunnels, highways, airports, and water installations, industrial, transport and traffic. The market is heated. In times of growth of real estate and investments in infrastructure, there are good opportunities. University Ibirapuera, the professional will be fully trained, as the course develops the necessary multidisciplinary background, beyond the spirit Student Entrepreneur. In class, students learn to perform activities in the areas of planning, design, construction and technological research. Why study in UNIB? Professional Security The course encourages creativity. The UNIB offers general and humanistic education that provides students with a better understanding of the modern world and its transformations. Laboratories The establishment puts at your disposal a whole infrastructure to develop works combining theory and practice. Professional Practice You participate in various activities that put you in touch with the reality of the labor market. Body qualified Lecturer The Ibirapuera University has a faculty of solid professional and academic experience in their respective fields DURATION: 10 Semesters Campus: Chacara Flora Period: Night Educational Project: Innovative Teaching ensures professional preparation. Semipresencialidade: Technology in the service of education. [-]